This content aligns with Goal 15: Life on Land by focusing on how biological systems are being affected by anthropogenic climate change at many dimensions, from ecosystems to genes, according to data from around the world.

The annual UN Climate Change Conference advances climate talks, mobilizes action, and can provide a significant opportunity to look at the impacts of climate change as well as innovation and solutions globally. Elsevier is pleased to showcase a large number of freely accessible journal articles and book chapters to help advance research and action against climate change, as well as a podcast episode, in support of COP27.

This chapter aligns with Goal 15: Life on land by reviewing the effect of various types of environmental pollution on plant growth, development, physiological, molecular performance, and some other unexpected response to various types of environmental pollution.

It is important to learn how to manage Asian male elephant reproductive behaviour for the long-term sustainability of the species. The authors provide important information that can be directly applied to improving the well-being of elephants and other wildlife.

This article reports the significant climate mitigation and adaptation efforts via marine conservation activities.

This content aligns with Goal 15: Life on Land by highlighting the exceptional biodiversity and ecology of tropical birds.

Increasing road traffic in China means roadkill is a large and growing problem there. This paper analyses patterns in order to support mitigation measures.

This articles identifies the current issues in the governance of global marine protected areas, and propose viable solutions to address those issues to enable effective marine governance.

This chapter aligns with Goal 3: Good Health and Wellbeing and Goal 15: Life on Land by describing effective and compassionate end of life care for dogs to promote companion animal welfare.

Under global warming, seasonal snow takes faster melting rate than before, which greatly changes the hydrological cycle. This study offer insights into understanding the effect from seasonal snow on vegetation and promote the sustainable utilization of regional vegetation in the Northern Hemisphere.